KR20180132289A - A lane coating machine - Google Patents

Abstract

A lane coating machine is disclosed. The lane coating machine comprises: a body formed to move along a surface of a road; a paint storage container arranged on the body, and containing paint to construct a lane; a paint coating device having a discharge space supplied with the paint from the paint storage container and a discharge unit formed to discharge the paint to a lower side of the discharge space, and arranged in the body to construct a lane on a surface of a road with rotating movement in a state of being connected to be loaded; and a device control unit loading or unloading the paint coating device, and engaged with the paint coating device to continuously open and close the discharge unit.

Description

{A LANE COATING MACHINE}

The present invention relates to a lane departure.

Generally, the road lane marking work is carried out in such a way that the paint (paint) is applied and applied on the road surface using the lane departure.

In most of such lane application work, in the environment where vehicles are running on the road, the worker carries out the operation by directly manipulating the heavy lane road lane and discharging the paint through the application shoe (also referred to as "paint machine"). And in order to increase the work efficiency, it is desirable to secure the operability and operation efficiency of the application shoe in particular.

That is, since the application shoe is required to be operated in a state in which the worker is placed on the road surface or lifted up during the movement of the lane departure, and further opening / closing operation (discharge portion) is required for discharging the paint, Among the parts, it is known as one of the components most required for the operator's operating skill.

As a lane departure method used in such a lane application work, there is a waiver of the lane of patent registration No. 10-1181297.

However, it is difficult to ensure satisfactory operability and efficiency with the structure of the painter provided in the lane departure of the above-mentioned Patent No. 10-1181297.

That is, the handle provided on the side of the coloring machine has a rod shape, and one end of the rod is provided simply connected and fixed to the side of the coloring machine.

According to such a painter structure, it is possible to perform a loading operation in which the operator places the painter on the road surface while holding the handle, or an unloading operation in which the paintter is lifted up. However, in order to control the discharge state of the paint to correspond to the loading or unloading state Additional manipulation by the operator is required independent of loading or unloading operations.

Therefore, when the operator applies the lane in a state in which the operator operates the paint machine during the movement of the heavy line, the lane departure, satisfactory operability and operation efficiency can not be expected, which may result in a problem of lowering the overall working efficiency.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems occurring in the prior art,

SUMMARY OF THE INVENTION An object of the present invention is to provide a lane departure method capable of further enhancing operational convenience and operational stability of an applied shoe in which a paint (paint) is discharged.

In order to realize the object of the present invention as described above,

A body movably formed along the road surface of the road;

A paint reservoir disposed on the main body and containing a paint for lane construction;

A discharging space for discharging the paint from the paint reservoir; and a discharging unit for discharging paint on the lower side of the discharging space, wherein the discharging unit is capable of being loaded in a lane- An application shoe disposed on the main body side;

A shoe operating part capable of performing loading or unloading operation of the coating shoe and formed so as to be capable of continuously performing opening and closing operations of the discharging part;

Of the vehicle.

The present invention as described above is characterized in that it is provided with a shoe operating portion corresponding to a coating shoe, in particular, the shoe operating portion is capable of not only operating the coating shoe in a loading or unloading state so as to enable lane construction on the road surface, It is possible to further improve the operability and the operational stability of the application shoe during the lane application operation, and to provide a satisfactory operation efficiency Can be secured.

1 is a diagram schematically showing the entire structure of a lane-changing auger according to an embodiment of the present invention.
FIGS. 2 to 7 are views for explaining the detailed structure and operation of the lane departure method according to the embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

The embodiments of the present invention will be described by those skilled in the art to which the present invention is applicable.

Therefore, the embodiments of the present invention can be modified into various other forms, so the technical scope of the present invention is not limited to the embodiments described below.

FIG. 1 is a schematic view showing the entire structure of a lane departure apparatus according to an embodiment of the present invention. FIGS. 2 to 7 are views for explaining a detailed structure and operation, and with reference to FIGS. 1 to 7, The lane diagram aerator according to the embodiment includes a main body 2, a paint reservoir 4, a coating shoe 6, and a shoe operating portion 8.

The main body 2 is formed to have a structure in which the wheels A are provided at the lower portion thereof as shown in Fig. 1 and can be moved by the wheels A on the road surface R1 of the road R.

The main body 2 is not shown in the drawings, but may be a non-self-supporting structure that is moved by a pushing or pulling force of an operator, for example. Alternatively, the side of the wheel A may be driven from a driving source such as a motor or an engine, And is moved in a rotationally driven manner.

The paint reservoir 4 has a storage space B in which the paint W can be contained as shown in FIG. 1 and a discharge port C for discharging the paint W is formed on the lower side of the storage space B And the lid D is installed on the upper side in a state where the storage space B can be opened and closed.

The paint reservoir 4 is installed so that its lower side is placed on the main body 2 side so as to be supported so that the lid D faces upward.

1, an agitating part E may be formed on the side of the storage space B, and the agitating part E may rotate the paint W contained in the storage space B, As shown in FIG. That is, although not shown in the drawing, the agitating part E may have a structure in which power is transmitted from a driving source such as a motor by a conventional method, and the agitating part E is rotated and agitated.

The paint W contained in the paint reservoir 4 may be a general resin paint used for the application work of the lane L. When the paint W is contained in the storage space B of the paint reservoir 4, (C) to the coating shoe 6 side described later.

The coating shoe 6 is formed so as to be able to discharge the paint W onto the road surface R1 in a state of receiving the paint W from the paint reservoir 4 and conforming to the lane L coating application.

1 to 2, the coating shoe 6 is provided with a discharge space F for accommodating the coating material W therein. The coating material W contained in the discharge space F is discharged from the discharge portion G) through the discharge port.

2, the discharge portion G includes a discharge port G1 formed on the bottom surface side of the discharge space F of the coating shoe 6 and a top plate G2 for opening and closing the discharge port G1 side Respectively.

The discharge port G1 may be formed in a slit type corresponding to the width of the lane L on the lower side of the application shoe 6 and the overpressure G2 may be opened or closed by the sliding operation by closing the discharge port G1 side And is disposed on the lower side of the coating shoe 6 in a state in which the coating shoe 6 can be held.

That is, the coating shoe 6 is configured such that the paint W contained in the discharge space F side is placed on the road surface R1 of the road R by the opening and closing operation of the overlay G2 of the discharge portion G, L through the discharge port G1 so as to be able to apply coating.

The application shoe 6 is disposed on the side of the main body 2 in the moving direction of the main body 2 away from the periphery of the main body 2 and one side is connected to the main body 2 side by a hinge pin H, (L) in the loading or unloading state in accordance with the application of the lane (L).

That is, the coating shoe 6 is in a loading state in which the discharging portion G on the lower side is placed on the road surface R1 of the road R so that the paint W can be discharged as shown in Fig. 3, R1 of the main body 2 so as to be operated in an unloading state.

On the other hand, the shoe operating portion 8 provides an operating structure capable of continuously performing the opening and closing operations of the discharge portion G in conjunction with the loading and unloading operations of the application shoe 6 as well as the operation.

1 and 4, the shoe operating portion 8 includes a handle I to which one end is connected to the side of the applying shoe 6 and a state in which the side of the discharging portion G of the applying shoe 6 can be opened and closed And a folding connector K for connecting the pivotal connection J and the handle I in a foldable manner.

1, one end of the handle I is connected to the rear side of the applying shoe 6 by a hinge pin I1 and the other end of the handle I is connected to the rear side of the main body 2 So as to be held by the operator by hand.

That is, when the free end side of the handle I is moved in the upward and downward directions, the application shoe 6 can be operated in a state of being loaded or unloaded on the road surface R1 while being rotated about the pin engagement point.

1, a pedestal 12 corresponding to the handle I is formed on the main body 2 side. The pedestal 12 is provided with a handle I (not shown) so that the unloading state of the application shoe 6 can be maintained, In the state of being able to support the main body 2 side.

4, the rotary connector J has a fixed end J1 connected to the side of the coating shoe 6 and a stationary end J2 of the discharge portion G, (J2) connected to the folding connector (K) and a connecting end (J3) connected to the folding connector (K).

The fixed end J1 is connected and fixed to the side of the coating shoe 6 in the width direction side by a hinge pin J4 and connected to the side of the coating shoe 6 in a state of being rotatable about a pin coupling point.

As shown in Fig. 4, the operation end J2 is provided with a grooved portion J5. On the groove portion J5 side, the side of the protrusion J6 formed on the overhang G2 side is movable along the groove length direction As shown in FIG.

The operation end J2 is opened and closed by the engaging contact force between the groove J5 and the projection J6 when the fixed end J1 side is rotated at a certain angle around the hinge pin J4, (Front and rear) in the direction (front and rear).

4, the connection end J3 is formed so as to be extended under the connection point of the handle I connected to the application shoe 6 side.

When the handle I is operated in the upward and downward directions around the hinge pin I1, the folding connector K is switched by the folding operation in the connecting shape in conjunction with the folding connector K, (J) side.

4, the folding connector K has a folding part K1 connected to be foldable, one end of which is fixedly connected to the handle I side, and the other end is connected to the connection of the pivoting connector J And may be set to be connected to the end J3 side by the hinge pin K2.

The folding connector K can be moved in the direction in which the handle I is rotated about the hinge pin I1 when the handle I is lifted up for unloading the application shoe 6, And is folded so that the side of the attachment K1 is switched to the connected state in which it is folded as shown in Fig.

Then, the pivot joint J can be moved so as to slide in the closing direction by pulling the pivot joint J side about the hinge pin J4 coupling point of the fixed end J1.

The folding connector K is used to move the handle I about the hinge pin I1 when the handle I is lowered for loading of the application shoe 6 The folded portion K1 is folded so that the folded portion K1 is switched to a connected state in which the folded portion K1 is spread like a straight line as shown in Fig.

Then, the pivotal connection J can be moved so that the pivot G2 is slid in the opening direction by pushing the pivotal connection J side about the hinge pin J4 coupling point of the fixed end J1.

That is, the folding connector K is provided with a folding connection structure capable of switching operation of the pivoting connector J side in the closing or opening direction by performing the folding operation in conjunction with the upward and downward operation of the handle I .

The shoe operating part 8 further includes an elastic sphere S as shown in Fig. 7, and the elastic sphere S is set so that the folded state of the folding connector K can be flexibly maintained.

The elastic sphere S may be, for example, a tension coil spring, and is set to connect both end sides of the folding connector K to each other as shown in Fig.

7, when the folding connector K is switched to the folded or unfolded connection state, the elastic sockets S are provided on both end sides of the folded connector K so as to be elastically held It acts to hold it by tensile elasticity.

Therefore, by providing such an elastic sphere S, it is possible to prevent the unfavorable release of the folded connection state of the folding connector K, thereby ensuring further improved operational stability.

Therefore, the present invention is characterized in that the operation of the shoe operating portion 8 moves the dispensing shoe 6 side to the side of the road R1 on the road R while loading the dispensing shoe 6 The lane L can be easily applied and applied in such a manner that the paint W is discharged.

Particularly, the shoe operation portion 8 can provide an operation structure capable of continuously performing opening and closing operations of the discharge portion G in conjunction with the loading or unloading operation of the application shoe 6.

Therefore, when the coating and laying work of the lane L is carried out while being moved on the road R, the operation convenience and the operation efficiency of the apparatus can be further improved.

2: Main body 4: Paint reservoir 6:
8: shoe control part G: discharge part I: handle
J: Pivot connection K: Pivot connection W: Paint
L: Lane R: Road R1: Road surface

Claims (5)

A body movably formed along the road surface of the road;
A paint reservoir disposed on the main body and containing a paint for lane construction;
A discharging space for discharging the paint from the paint reservoir; and a discharging unit for discharging paint on the lower side of the discharging space, wherein the discharging unit is capable of being loaded in a lane- An application shoe disposed on the main body side;
A shoe operating part capable of performing loading or unloading operation of the coating shoe and formed so as to be capable of continuously performing opening and closing operations of the discharging part;
Give up the lane, including. The method according to claim 1,
Wherein the coating shoe comprises:
Wherein the discharging portion side is placed on a road surface of the road upon loading or unloading by pivoting or connected to the main body side in a state where the discharging portion can be lifted up. The method according to claim 1,
Wherein,
A handle which is connected at one end to a side of the application shoe by a hinge pin; a pivotal connection port which is opened and closed so as to open and close the discharge port side of the application shoe when the handle is operated in the upward and downward directions; And a folding connector for connecting the folding link to the folding link. The method of claim 3,
The folded-
And a folded connection state in which the folded back side is folded or unfolded when the knob is operated in an upward or downward direction and folded or unfolded, ≪ / RTI > The method of claim 4,
The folded-
The discharge side is operated in the closing direction when the handle is lifted up,
And the discharge port side is set to be in a folded state in which the discharge port side can be operated in the opening direction when the knob is lowered.

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